The G.657.A1/A2 bend-insensitive fibers independently developed by Far East Electric feature an innovative waveguide structure design, achieving a loss of ≤0.5dB at an extremely small bending radius of 7.5mm. Their bending resistance is over 10 times higher than that of traditional G.652.D fibers, effectively solving the problem of signal attenuation in confined spaces.

As the iteration of AI large models enters the "hundred-model battle", ten-thousand-card GPU clusters become the standard for computing power, and the "East Data, West Computing" project is fully deepened, every leap of the digital economy is inseparable from the support of underlying optical transmission technology. As the "information artery" carrying more than 90% of the world's data traffic, optical fibers and cables are upgrading from traditional communication infrastructure to the core backbone of the AI computing power network. Relying on Far East's full industry chain layout of "optical preform - optical fiber - optical cable", we can provide a full range of optical interconnection products for data centers adapted to AI computing scenarios. With a high-end, customized and intelligent product matrix, we solve transmission pain points in the computing power era and weave a high-speed, reliable and intelligent optical communication network for the construction of Digital China.

Far East has deeply rooted in the field of optical communication and built a complete industrial chain from optical preform manufacturing and fiber drawing to optical cable production. Since 2024, it has possessed a mature production capacity of 300 tons of RIC optical preforms and 10 million core-kilometers of optical fibers per year, and has continued to expand production capacity in 2025. Focusing on the demands of AI computing power and high-end communications, the company has broken through a number of "bottleneck" technologies and formed a high-end optical fiber product system covering all scenarios.

For the short-distance high-speed transmission needs of AI training clusters, Far East's OM4/OM5 series multimode fibers adopt precisely controlled PCVD+RIT technology. OM4 fibers support high-speed transmission from 10Gbps to 400Gbps; OM5 fibers further expand wavelength multiplexing capabilities, supporting 4 wavelength channels simultaneously, and the transmission distance is doubled compared with OM4, perfectly adapting to the application requirements of 800G and even 1.6T optical modules, providing stable support for massive data interaction of ten-thousand-card GPU clusters.

In AI intelligent computing centers, Far East's optical fibers and cables support the large-scale deployment of leaf-spine network architecture, realizing efficient collaboration of thousands of GPUs, and facilitating the horizontal expansion and vertical upgrade of computing power. The products have been successfully applied in a number of benchmark projects, providing high-speed and stable transmission channels for AI large model training, cloud computing, and big data analysis.

With the continuous iteration of AI technology and the in-depth development of the digital economy, the core position of optical fibers and cables as digital infrastructure will become more prominent. Far East Electric will continue to adhere to the core strategy of "Electric Energy + Computing Power + AI", increase R&D investment, continuously break through high-end optical fiber technologies, consolidate the foundation for computing power transmission in the AI era, and inject a steady stream of "optical power" into the vigorous development of the digital economy.